Localization in Wireless Networks: Technologies and Applications

A comprehensive guide to Localization in Wireless Networks: Principles, Applications, and Cutting-Edge Innovations

Localization plays a pivotal role in modern wireless networks, enabling advancements in navigation, tracking, security, and beyond. Localization in Wireless Networks delivers an in-depth exploration of the principles and technologies underpinning this field.

Starting with an accessible introduction to key principles, readers are guided through recent developments, such as localization in challenging environments, innovative deep-learning methods, and techniques for future autonomous systems. Contributions by leading experts in wireless communication provide a holistic understanding of the field’s current landscape, covering topics such as Massive MIMO, mmWave, RIS, and LiDAR-based localization.

Combining theoretical knowledge with practical applications, this book:

• Uses a structured, pedagogical approach suited for curriculum development, progressing from basic principles to advanced topics
• Includes illustrative examples, and end-of-chapter problems designed to solidify comprehension
• Addresses localization in challenging environments such as underwater, underground, and heterogeneous networks
• Highlights cooperative localization methods and joint sensing, communication, and localization approaches
• Features insights into the integration of localization with emerging technologies such as AI and IoT

Localization in Wireless Networks is a foundational resource for senior undergraduate and graduate students taking courses in telecommunications and wireless networking. Engineers, network planners, technical managers, and other professionals can leverage the book’s insights to innovate and implement cutting-edge localization technologies in practical scenarios.

Nasir Saeedis an Associate Professor at the United Arab Emirates University, renowned for his expertise in wireless communication and localization in challenging environments. A Senior Member of IEEE, he has served as Editor for IEEE Wireless Communication Letters and has authored numerous research publications in the field. His work bridges foundational theory with practical applications, driving the advancement of localization technologies for future wireless systems.

Muhammad Asif Khanis a Research Scientist at Qatar Mobility Innovations Center with expertise in wireless communication, edge Intelligence, and IoT. A chartered engineer (CEng) and Senior Member of IEEE, he has served as Associate Editor of IEEE TNNLS, IEEE TCE, and IEEE TTS and has authored numerous publications in the field.